Dot point glazing, or DPG, installation uses glass supports. It entails machining of countersinks into the four corners of tempered glass panels and fixing of the panels into place using flat head bolts. This approach provides the unique advantage of excellent adaptability to building-structure deviations. It also results in a flat exterior finish for the glass panels and facilitates the creation of highly transparent glass facades.

Metal point glazing, or MPG, is the affixing of glass panels at edge and corner joining sections by sandwiching them between metal fittings on the inside and outside. It uses fewer support fittings compared with sash-based supports which pass through the glass, resulting in clear and almost perfectly smooth glass facades.

Structural sealant glazing (SSG) is a system of adhesive-based glass panel support using structural sealants. This allows for the realization of frameless glass curtain walls.

Two-dimensional glass bending encompasses various types of bending processes suited to the intended form, including both hot and cold bending. All approaches entail bending of plate glass panels, and these range from relatively simple radial bending to complex S-curve bending aimed at actualizing a wide range of different dimensions.

Three-dimensional bending primarily uses hot bending processes and enables the creation of complex forms. Three-dimensional measurement devices are utilized, and 3D models are harnessed to efficiently manage permissible error. These enable elegant and precise creation of unique facade designs.

Ceramic printing is applied to achieve more sophisticated glass designs. Ceramic ink is applied to one side of float glass and baked on using a heat treatment, which strengthens the glass.　By typically applying printing on the interior side of the glass, and with proper maintenance, it can maintain its aesthetic appeal over an extended period.